Description
00A-4372-B0
Recommended Use
Separation of basic compounds under neutral pH
| Carbon Load % | 17 % |
| Technique | HPLC |
| Separation Mode | Reversed Phase |
| Brand | Synergi |
| Phase | Max-RP |
| Length (mm) | 30.0000 |
| Particle Size | 2.5000 |
| Internal Diameter | 2.0000 |
The HPLC column model 00A-4372-B0 is designed for analysts who need strong performance when working with basic compounds under neutral pH and this makes the 00A-4372-B0 a trusted choice for laboratories seeking dependable reversed phase separation The column chemistry is engineered to provide excellent retention strength and stable peak shapes even when dealing with complex or highly basic molecules and the balanced design ensures that the 00A-4372-B0 performs consistently across a wide range of applications The inclusion of a high carbon load at seventeen percent supports robust hydrophobic interactions delivering reliable separation power for challenging analytes and helping users obtain clean and reproducible chromatographic profiles The 00A-4372-B0 features a two point five micron particle size which enhances efficiency supports sharper peaks and allows analysts to detect even low concentration components with confidence The two point zero millimeter internal diameter contributes to improved sensitivity and reduces solvent consumption which benefits fast or resource conscious workflows The reversed phase Max RP chemistry used in this column is specifically tailored for applications involving basic compounds ensuring that each run delivers dependable performance without drift or instability Analysts value the 00A-4372-B0 because it supports neutral pH operation which is beneficial for protecting sensitive analytes preventing degradation and maintaining method stability over extended periods This makes the column suitable for pharmaceutical research quality control environments academic projects and general analytical method development where reliability is essential The construction of the column is based on high quality silica engineered for strength purity and optimal performance in demanding HPLC systems The advanced bonding technology supports long term durability helping laboratories maintain consistent results across repeated use without compromising separation quality The surface characteristics of the column enhance compatibility with a wide range of mobile phases ensuring that analysts can easily adapt the 00A-4372-B0 to their existing protocols or use it to design new and innovative methods Suitable for routine HPLC applications the column offers excellent selectivity for basic compounds while minimizing unwanted interactions leading to smooth peak profiles and predictable run behavior The design also supports fast throughput allowing laboratories to process multiple samples efficiently without sacrificing data integrity or resolution With strong retention capabilities and controlled mass transfer properties the column helps ensure that separation quality remains stable even when handling complex mixtures This makes the 00A-4372-B0 a versatile and valuable tool for both small scale Synergi 2.5u MAX-RP 100A LC Column 30 x 2.0 mm research labs and high throughput analytical environments By offering robust performance reliable selectivity and consistent reproducibility the 00A-4372-B0 stands out as an essential component for analysts who need dependable reversed phase HPLC separation for basic compounds under neutral pH conditions
What makes the 00A-4372-B0 Synergi Polar-RP column suitable for polar aromatic compound analysis
The 00A-4372-B0 Synergi Polar-RP column is designed with a specialized Polar-RP phase that enhances retention and selectivity for polar and aromatic molecules making it ideal for laboratories that require precise reversed-phase separation.





user –
The 00A-4372-B0 Synergi Polar-RP column is a reliable choice for labs needing strong performance with polar and aromatic compounds. It offers stable retention, smooth peak shape, and consistent results across runs. Users appreciate its quality build and dependable separation efficiency. A solid option for routine and advanced HPLC applications.